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    • 41. 发明申请
    • Removable Battery Pack with Latching Mechanism
    • 具有锁定机构的可拆卸电池组
    • US20090255084A1
    • 2009-10-15
    • US12405033
    • 2009-03-16
    • Jack W. Gee, IIMark ButtsJamie HorvathDoug Rukavina
    • Jack W. Gee, IIMark ButtsJamie HorvathDoug Rukavina
    • A47L9/22H01M2/10
    • H01M2/1022A47L9/2873A47L9/2884H01M2/1066H01M2220/30
    • A latching assembly for a removable battery package to an electrically powered cleaning device is provided along with the electrically powered cleaning device and the electrical combination with the battery charger. The latching assembly on the battery package comprises at least one moveable first engagement member, in movable cooperation with at least one rod which is in movable cooperation with a user contact. The first engagement member secures the removable battery package with another engagement member associated at least with the cleaning device. The first engagement member is located toward a side of a long end of the battery package opposite the end with the user contact Moving the user contact moves the member through the rod between an engaged position to thereby secure the battery package to the cleaning device and an unengaged position for removal of the battery package from the cleaning device.
    • 与电动清洁装置和与电池充电器的电气组合一起提供了用于电动清洁装置的可拆卸电池组的闩锁组件。 电池组件上的闩锁组件包括至少一个可移动的第一接合构件,其可移动地与至少一个与用户触点可移动配合的杆相配合。 第一接合构件将至少与清洁装置相关联的另一接合构件固定在可拆卸电池组件上。 第一接合构件朝向与用户接触的端部相对的电池组的长边的一侧定位移动用户接触件使构件通过杆在接合位置之间移动,从而将电池组固定到清洁装置,并且 用于从清洁装置移除电池组件的未接合位置。
    • 48. 发明授权
    • Modular ceiling fan assembly and system
    • 模块化吊扇组合和系统
    • US5899663A
    • 1999-05-04
    • US693958
    • 1996-08-07
    • Gary J. FederRichard A. PearceMasao TsujiJack W. Gee, IIScott P. BojkoMark Hebert
    • Gary J. FederRichard A. PearceMasao TsujiJack W. Gee, IIScott P. BojkoMark Hebert
    • F04D25/08F04D29/64F04D29/00
    • F04D29/646F04D25/088
    • A modular ceiling fan assembly and system is disclosed in which the functioning components are standardized, including standardized connections for their assembly, and multiple components are provided with a plurality of alternate parts for assembly into a variety of uniquely differentiating configurations, styles and appearance without substantially increasing the cost to the manufacturer. The motor platform, including the motor, shafts, switch housing and electrical components and wiring, are standardized into a single configuration, and the holes for mounting the fan blades on the lower surface and/or upper surface of the rotor have a standardized size and spacing. A modular motor housing is formed from multiple horizontal sections, preferably two or three, with a standardized height to accommodate the common single motor platform. The various sections of the modular motor housing are selected in order to produce a variety of uniquely different appearances. Alternative modular blade attachments, including blade ring and paddle assemblies, blade ramps and blade irons, with and without blade rings, are configured to be mounted in the standardized mounting holes of the rotor. These components, together with the fan blades, have standardized hole spacing for interchangeable assembly of components into differentiating fan styles. As a result, top mounted fan styles, bottom mounted fan styles, and mid-body fan styles can be assembled from the modular components. Standardized packing cushion materials are also disclosed.
    • 公开了一种模块化吊扇组件和系统,其中功能部件是标准化的,包括用于它们的组装的标准化连接,并且多个部件设置有多个备用部件,用于组装成各种独特的差异化配置,风格和外观, 增加制造商的成本。 包括电动机,轴,开关壳体和电气部件和配线的电动机平台被标准化为单一构造,并且用于将风扇叶片安装在转子的下表面和/或上表面上的孔具有标准化的尺寸和 间距。 模块化电动机壳体由多个水平部分形成,优选两个或三个,具有标准化的高度以容纳公共单个电动机平台。 选择模块化电机外壳的各个部分以产生各种独特的外观。 具有和不具有叶片环的替代的模块化叶片附件,包括叶片环和叶片组件,叶片斜面和叶片铁杆被构造成安装在转子的标准化安装孔中。 这些部件与风扇叶片一起具有标准化的孔间距,用于将组件可互换组装成差分风扇。 因此,可以从模块化组件组装顶部安装的风扇,底部安装的风扇和中间风扇。 还公开了标准的包装衬垫材料。